ctx.arc(centerX, // this is clear centerY, // this is clear radius, // this is clear startAngle, // this is I dont know how to put the calculation to fit (however I played around and shall be around -0,6 endAngle, // this is I dont know how to put the calculation to fit (however I played around and shall be around 3,7 true); // i want counterclockwise
+
0.5 * b
X
M
O
hypotenuse
opposite
a
a - (0.5 * b)
b
(4 * a) / 3
opposite = a - (0.5 * ((4 * a) / 3))
sin H = opposite / hypotenuse
H
adjacent
cos H = adjacent / hypotenuse
(c / 2) - adjacent
(c / 2) + adjacent
var
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